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Y. Tan, C. T. Li, and G. M. Zeng, “Promotion effect of additives on sulfur capture during coal combustion with carbide slag,” Journal of Fuel Chemistry and Technology, 33, pp. 767-770, 2005.

has been cited by the following article:

  • TITLE: Desulphurization Characteristic of Industry Alkaline Wastes during Coal Combustion

    AUTHORS: Bin Zheng, Chunmei Lu

    KEYWORDS: Industry Alkaline Waste, Desulphurization, Pore Structure, XRD, Limestone

    JOURNAL NAME: Journal of Electromagnetic Analysis and Applications, Vol.1 No.1, March 12, 2009

    ABSTRACT: The desulphurization characteristics of four sorts of industry alkaline wastes and one sort of limestone were studied by means of flue gas analyzer and the high temperature tube reactor. Pore structure and desulphurization product char-acteristic were investigated respectively by mercury porosimeter and XRD diffraction technology. The reasons why wastes and limestone hold the different desulphurization capability were deeply discussed. The result shows that white clay and carbide slag could capture the release of sulfur at 800-1100℃. Salt slurry and red mud could capture the re-lease of sulfur at first stage at 800-900℃. But when the experimental temperature rises to 1000℃, the sulfur capture abilities of them depress. Pore structures of waste are higher than that of limestone. This makes the sulfation reaction goes further. To sum up, wastes have better sulfur capture ability.